VoidExpanse/Equipment

Engines

Name	Cost (d)	Max Speed	Acceleration	Maneuvering	Energy Consumption	Warp Cost	Warp Recharge	Strafe Speed	Backward Speed	Deceleration	Warp Distance	Cruising Speed	Movement Modifier (no energy)
Civilian Engine	0	+450	+100	+200	+10	+50	+350	+0.8	+0.5	+1	+5	+2	+0.4
Combat Thrusters	6,000	+560	+200	+23	+20	+50	+600	+1	+0.5	+1.1	+6	+1.5	+0.5
Advanced Combat Thrusters	17,000	+600	+210	+230	+24
Ion Engine	1,300	+500	+120	+220	+8
Power Boss Mk2	780	+550	+160	+20	+14	+50	+500	+0.8	+0.5	+1	+5	+2	+0.4
Power Boss	800	+500	+130	+210	+12

RCS

Name	Cost (d)	Maneuvering	Acceleration	Energy Consumption	Description	Shop Level
Civilian RCS	0	+400	+10	+2	Standard civilian issue RCS for most light ships. Provides very limited maneuvering capabilities.	1
Direct vectoring RCS	2,600	+520	+15	+3	Provides good maneuverability suitable for light ships. However heavier ships might find it insufficient.	10
Quad thrusters RCS	14,700	+700	+15	+8	Even more power for maneuvering at the expense of higher energy consumption.	25
Ion RCS	9,800	+500	+10	+1	Specially designed ion engine powered RCS thrusters. While providing much less power than conventional RCS, these do not use as much of the ship's energy.	25
Standard RCS	400	+450	+15	+3	Standard issue RCS for most light ships.	5
Twin thrusters RCS	8,600	+600	+10	+4	Additional power for maneuvering at the expense of energy consumption.	15

Fuel Tank

Name	Cost (d)	Capacity	Description	Shop Level	Requirements
Civilian fuel tank	0	300	The most basic fuel tank. Used on civilian vessels.	1	None
Clustered Fuel tank Mk2	15,200	1200	Further development of clustered fuel tank technology. Able to hold absurd amounts of fuel.	60	None
Dimensional Fuel tank	23,000	2500	Uses subspace technology to dimensionally compress the space that fuel occupies thus allowing the safe storage of much larger amounts of fuel. However, unlike most other ship equipment, requires some engineering proficiency to install and maintain.	55	engineering_ability level 3
Clustered fuel tank	6900	1000	Clusterization provides separate volumes for parts of the fuel insuring safety, thus enabling the ability to hold more fuel.	40	None
Sectioned fuel tank	1800	750	Separating the fuel tank into several sections enables a better fit of the fuel tank to a particular ship design enabling it to store more fuel.	15	None
Standard fuel tank	400	500	Separating the fuel tank into several sections enables a better fit of the fuel tank to a particular ship design enabling it to store more fuel.	5	None

Generators

Name	Cost (d)	Energy Generation	Energy Capacity	Fuel Consumption
Civilian Generator	0	20	350	50
Tritium Generator	1,600	30	400	60
Tritium Generator with Capacitor	1,900	30	600	60
Null Space Generator	11,900	50	600	120
Dark Energy Generator	16,500	55	750	150

Shields

Name	Cost (d)	Charge	Regeneration	Deflection	Reestablishment	Regen Delay	Energy Consumption
Magnetic Shield	800	+500	+50	+40	+125	+3	+5
Gravitational Shield	6,000	+1000	+75	+60	+250	+3	+10

Radars

Name	Cost (d)	Range	Targeting Range	Targeting Speed	Energy Consumption
Civilian Radar	0	50	15	200	1
Advanced Combat Radar	1,200	75	40	600	2
Sensors Array	5,000	100	15	200	2
Combat Radar QQ Class	6,000	75	20	850	3

Grapplers

Name	Cost (d)	Range	Pick-up Range	Force	Energy Consumption
Civilian Grappler	0	+15	+4	+10	+40
Gravitational Grappler	8,000	+20	+5	+26	+35
Kinetic Beam Grappler	4,000	+15	+4	+20	+30
Force Devil Grappler	8,000	+15	+4	+35	+50

Devices

Name	Cost (d)
Civilian Mining Device	0
Standard Mining Device	1,200
Industrial Mining Device	5,000
Xengatarm Seeker Disruptor	6,000
Repair Module	1,000

Boosters

Name	Cost (d)	Shield Regen	Energy Consumption	Energy Capacity	Structure	Cargo Capacity
Direct Shield Feeding	5,400	+35%	+20%
Generator Capacitor	2,000		+50	+1
Reinforced Bulkheads	3,000				+100	-20